The GUNT Rotary Vane Vacuum Pump Trainer provides a practical introduction to vacuum generation and its industrial applications. Rotary vane pumps are used in vacuum distillation, filtration, and absorption processes where reduced pressure is required. This trainer features an oil-sealed rotary vane pump connected to a pressure vessel. The pump creates negative pressure by eccentrically rotating a vane-equipped rotor within a circular chamber, compressing and displacing gas. An integrated oil separator minimizes oil discharge from the conveyed air. The system allows simulation of vacuum loads and leaks via two inlet lines with silencers and needle valves. Pressure is indicated on a large manometer, and flow can be precisely measured.
Product Features
- Rotary vane vacuum pump trainer with oil-lubricated chamber
- Eccentrically positioned rotor with spring-loaded vanes for variable chamber volume
- Simulates industrial vacuum processes like distillation, filtration, and absorption
- Pump draws air from a pressure vessel to generate vacuum
- Large pressure gauge displays negative pressure in vessel
- Oil separator ensures clean air discharge and minimal oil loss
- Two inlet lines simulate loads and leaks with adjustable needle valves
- Integrated silencers reduce noise from air intake
- Flow meter included on one inlet line for accurate simulation and analysis
Benefits
- Hands-on demonstration of vacuum technology fundamentals
- Understand vacuum creation, oil-sealing function, and vane mechanics
- Simulate and analyze real-world load and leak conditions
- Supports learning in chemical, mechanical, and process engineering
- Durable, low-noise setup ideal for teaching and research environments
Why Choose the GUNT Rotary Vane Vacuum Pump Trainer?
The GUNT Rotary Vane Vacuum Pump Trainer offers students a clear view into the principles of vacuum generation using a practical, oil-sealed rotary vane mechanism. Its ability to simulate various loads and leak conditions, along with detailed monitoring, makes it an ideal system for both education and applied research in vacuum-based process engineering.
